CN109173799A - A kind of thermal transfer printer and its operating method - Google Patents
A kind of thermal transfer printer and its operating method Download PDFInfo
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- CN109173799A CN109173799A CN201811058639.XA CN201811058639A CN109173799A CN 109173799 A CN109173799 A CN 109173799A CN 201811058639 A CN201811058639 A CN 201811058639A CN 109173799 A CN109173799 A CN 109173799A
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- cavity
- block
- sliding block
- wall
- speak
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/80—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis
- B01F27/90—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with paddles or arms
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/05—Stirrers
- B01F27/11—Stirrers characterised by the configuration of the stirrers
- B01F27/19—Stirrers with two or more mixing elements mounted in sequence on the same axis
- B01F27/191—Stirrers with two or more mixing elements mounted in sequence on the same axis with similar elements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/71—Feed mechanisms
- B01F35/711—Feed mechanisms for feeding a mixture of components, i.e. solids in liquid, solids in a gas stream
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F2101/00—Mixing characterised by the nature of the mixed materials or by the application field
- B01F2101/35—Mixing inks or toners
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Transmission Devices (AREA)
Abstract
The invention discloses a kind of thermal transfer printer and its operating methods, including apparatus main body and it is set to the intracorporal agitating device of described device master, the agitating device includes being set to intracorporal first cavity of described device master, the first rotation axis is rotatably provided in first cavity, the lower end of first rotation axis is rotatablely connected on the downside inner wall of first cavity by shaft, the second cavity is provided in the upper inside walls of first cavity, second cavity is rotatably provided with the first rotating block, the upper end of first rotation axis is fixedly connected on the downside end face of first rotating block by shaft；The present invention is directed to design one kind Printing ink producing can be performed fully automatic, and the device and its operating method of quantitative addition can be automatically carried out to pitch-dark and solvent in production.
Description
Technical field
The present invention relates to printer material consumption processing technique field, specially a kind of thermal transfer printer and its operating method.
Background technique
Printer is a kind of essential office tools in daily life office process, and in printer, ink is made
It is very big for a kind of consumptive material demand, and the production general structure of ink is relatively simple in market, needs staff to carry out manual
Operation carries out, and virtually also increases personnel's expenditure, while traditional ink production is only capable of taking by staff's throughput tolerance
Suitable pitch-dark and solvent and mix processed, though have certain accuracy cumbersome, therefore designing one kind can
Printing ink producing is performed fully automatic, and a kind of heat transfer that automatically can carry out quantitative addition to pitch-dark and solvent in production is beaten
Print machine and its operating method it is really necessary to.
Summary of the invention
The purpose of the present invention is to provide a kind of thermal transfer printer and its operating methods, for overcoming in the prior art
Drawbacks described above.
A kind of thermal transfer printer according to the present invention and its operating method, this method institute use device includes device master
Body and it is set to the intracorporal agitating device of described device master, the agitating device includes being set to described device master intracorporal the
One cavity is rotatably provided with the first rotation axis in first cavity, and the lower end of first rotation axis can by shaft
Being connected on the downside inner wall of first cavity for rotation, is provided with the second cavity in the upper inside walls of first cavity,
Second cavity is rotatably provided with the first rotating block, and the upper end of first rotation axis is fixedly connected on institute by shaft
It states on the downside end face of the first rotating block, the third cavity of opening upwards is provided in first rotating block, the third is empty
It is intracavitary to be rotatably provided with the second rotating block, wherein on the inner wall of the third cavity annular array and be fixedly connected with
First fixed block of the second rotating block sliding connection, the second rotating block annular array are provided with opening
Slot is slidably provided with the first sliding block in the open slot, and what is be connected in the inner wall of the open slot side is provided with
It is fixedly connected with the first spring between the inner wall of four cavitys, the end face of first sliding block and the 4th cavity, described first
The upside of rotating block and be located at second cavity in be rotatably provided with third rotating block, the side arc of second cavity
What is be connected in shape inner wall is provided with the first rotation slot, and it is logical that extension is fixedly connected on the side curved end of the third switch block
Enter the first ring gear in first rotation slot, what is be connected in the inner left wall of first rotation slot is provided with the second rotation
The left end engagement of slot, first ring gear is connected with first gear, is connected in the downside inner wall of second rotation slot
Be provided with the 5th cavity, the lower end of the first gear is fixedly connected with by shaft and can be rotated in the 5th cavity
First reel is arranged with the first bracing wire on first reel, the of opening upwards is provided in the third rotating block
One cone tooth socket, the upside of the third rotating block and be located at second cavity in be slidably provided with the second sliding block, it is described
Be fixedly installed first motor in second sliding block, the lower end of the first motor by shaft power be connected with can with it is described
The first bevel gear that first cone tooth socket is meshed, the upper end of the first motor is connected with the second cone tooth by shaft power
It takes turns, what is be connected in the upper inside walls of second cavity is provided with the 6th cavity, is rotatably arranged in the 6th cavity
There is the 4th rotating block, the second cone that Open Side Down and can be meshed with the second bevel gear is provided in the 4th rotating block
Tooth socket, what is be connected in the side arc inner wall of the 6th cavity is provided with third rotation slot, the week of the 4th rotating block
The second ring gear that can be rotated in the third rotation slot, the left side of the third rotation slot are fixedly connected on the curved end of side
What is be connected in inner wall is provided with the 4th rotation slot, and the left end engagement of second ring gear is connected with can be at described 4th turn
The second gear rotated in dynamic slot, what is be connected in the downside inner wall of the 4th rotation slot is provided with the 7th cavity, and described the
The lower end of two gears is fixedly connected with the second reel that can be rotated in the 7th cavity, second coiling by shaft
It is arranged with the second bracing wire on wheel, is provided in the inner left wall of the 7th cavity and runs through and be connected with first cavity up and down
The first logical feed opening, what is be connected in the inner wall of first feed opening is provided with the 8th cavity, can in the 8th cavity
Sliding is provided with third sliding block, and the left end extension of second bracing wire is passed through in the 8th cavity and is fixedly connected on described
In the right end face of third sliding block, perforative be provided with can be connected with first feed opening up and down in the third sliding block
Second feed opening, what is be connected in the right side inner wall of second cavity is provided with the 9th cavity, the right side of second sliding block
It is fixedly connected with the Four-slider for extending and being passed through in the 9th cavity on end face, is fixed on the upside end face of the Four-slider
It is connected with third bracing wire, be provided with that Open Side Down in the right side inner wall of second cavity and is connected with first cavity
First begins to speak, described first begin to speak in be provided with canvas plate, the right end of the canvas version is connected to described first by line and opens
On the right side inner wall of chamber, the setting that is connected between the described first inner left wall begun to speak and the upper inside walls of the 9th cavity
Fixation connects after having the first threading hole, the third bracing wire to extend through first threading hole far from one end of the Four-slider
Be connected on the left end of the canvas plate, be connected in the described first right side inner wall begun to speak and left and right it is perforative be provided with first into
Water hole.
It is characterized in that, being fixedly connected with the second fixed block on the right side inner wall of first cavity, described second is fixed
The first slide guide bar is fixedly connected between the downside end face of block and the downside inner wall of first cavity, on the first slide guide bar
It is arranged with the buoyant block that density is less than water, is provided in the right side inner wall of first cavity and is connected with first inlet opening
Second begin to speak, the third begins to speak interior to be slidably provided with the 5th sliding block, the perforative setting in left and right in the 5th sliding block
There is the second inlet opening that can be connected with first inlet opening, what is be connected in the right side inner wall of first cavity is provided with
4th begins to speak, the described 4th begin to speak it is interior be slidably provided with the 6th sliding block, the upside of the 6th sliding block left end face is fixed
It is connected with the first pushing block being located on the upside of the buoyant block, the described 4th right side inner wall begun to speak and the described second left side begun to speak
What is be connected between inner wall is provided with the first rotation chamber, and first rotation is intracavitary to be rotatably provided with and the 5th sliding block
And the third gear that the 6th sliding block is meshed, what is be connected in the described 4th downside inner wall begun to speak is provided with and described
What one cavity was connected the 5th begins to speak, the described 5th begin to speak it is interior be slidably provided with the 7th sliding block, on the left of the 7th sliding block
The lower end of end face is fixedly connected with the second pushing block for extending and being passed through in first cavity and being located on the downside of the buoyant block, described
What is be connected between the inner left wall that the 5th right side inner wall begun to speak is begun to speak with the third is provided with the second rotation chamber, and described
Two rotations are intracavitary to be rotatably provided with the 4th gear being meshed with the 7th sliding block and the 5th sliding block, when the drift
Floating block decline to a certain extent when the decline of the 7th sliding block can be driven by second pushing block, and then drive the by the 4th gear
Five sliding blocks rise, with should the buoyant block rise to a certain degree when can be driven on the 6th sliding block by the first pushing block
It rises, and then drives the 5th sliding block to decline by the third gear.
It is characterized in that, lower end of the first cavity inner left wall or so is perforative to be provided with the first apopore, it is described
Being provided with for being connected in the inner wall of first apopore the 6th is begun to speak, and the described 6th, which begins to speak, interior is slidably provided with the first sliding
Block is fixedly connected with second spring between the upside end face of first sliding shoe and the 6th upper inside walls begun to speak, institute
Second threading hole that is provided with being connected between the inner left wall of the 5th cavity and the 6th upper inside walls begun to speak is stated, it is described
The left end of first bracing wire is fixedly connected on the upside end face of first sliding shoe after extending through second threading hole.
It is characterized in that, what is be connected in the upper inside walls of the 8th cavity is provided with the first guide runner, the third
The first slider guide for extending and being passed through in first guide runner, first slider guide are fixedly connected on the upside end face of sliding block
Right end face and first guide runner right side inner wall between be fixedly connected with the first return spring, second cavity
What is be connected in inner left wall is provided with the second guide runner, is fixedly connected with extension in the left end face of second sliding block and is passed through
In the upside of the second slider guide in second guide runner, the upside end face of second slider guide and second guide runner
The second return spring is fixedly connected between wall, the open slot is connected in the inner wall of second rotating block axle center side
Logical is provided with third guide runner, and first sliding block is fixedly connected on the end face of second rotating block axle center side
Extend the third slider guide being passed through in the third guide runner.
It is characterized in that, being fixedly installed stirring block in first rotation axis, the stirring block is in first rotation
Axis can be stirred the prepared Chinese ink in first cavity when rotating.
The specific steps of this method: when carrying out the preparation of prepared Chinese ink by the present apparatus, first motor is rotated forward, Jin Ertong
It crosses shaft and drives first bevel gear rotation, and then the first ring gear and the rotation of the second rotating block are driven by third rotating block, herein
In the process, the centrifugal action of the second rotating block detaches the first sliding block outside open slot and resists the first fixed block, Jin Erke
It drives the first rotating block to rotate, and then the rotation of the first rotation axis is driven by shaft, and then stirring is driven by the first rotation axis
Block rotation, and then the carbon black in the first cavity is sufficiently stirred with moisture, in the process, when stirring completion, the first electricity
Machine reversion, the second rotating block is since in elastic force effect the 4th cavity of retraction of the first spring, first motor is being rotated at this time at this time
In the rotation of the first ring gear driven by third rotating block, and then drive the first reel to rotate by first gear, and then gradually
The first bracing wire is tensed, in the process, the first rotating block does not rotate, and the first sliding shoe is by gradually pull-up at this time, and by
The ink being sufficiently stirred in one cavity releases, and when liquid level reduces in the first cavity, buoyant block is gradually lowered, and works as floating
When block drops to certain altitude in the first cavity, buoyant block drives the decline of the 7th sliding block by the second pushing block, and then passes through the
Four gears drive the 5th sliding block to rise, and then the second inlet opening is driven to be connected with the first inlet opening, and moisture passes through first at this time
Inlet opening enter first begin to speak in, and impact canvas plate, and then pull Four-slider in the 9th cavity by third bracing wire
Rise, and then drive first motor to rise by the second sliding block, and then second bevel gear is driven to engage into the second cone tooth socket, the
One bevel gear detaches outside the first cone tooth socket, and the first sliding shoe is returned back to initial shape by the elastic force effect of second spring at this time
State, while first motor rotates, and then drives the rotation of the 4th rotating block by shaft, and then drive the second tooth by the second ring gear
Wheel rotation, and then the second bracing wire is tensed by the second reel, and then drive third sliding block that the elastic force of the first guide runner is overcome to make
With moving to the right, so that the first feed opening is connected with the second feed opening, it is pitch-dark at this time to be dropped by the first feed opening
In first cavity, buoyant block is gradually increasing during liquid level gradually rises in the first cavity, and is rising to certain altitude
When by the first pushing block drive the 6th sliding block rise, and then by third gear drive the 5th sliding block decline, and then separate first
Inlet opening, canvas plate returns back to original state at this time, at the same the second sliding block by the second return spring elastic returning to initial
State third sliding block is returned to original state by the elastic force effect of the first guide runner.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by the present apparatus can automatically to it is pitch-dark into
Row synthetic ink, and in process, the pitch-dark addition of progress that can be automatic and quantitative, and quantitative plus water, without artificial
Operation, the degree of automation with higher are worth being recommended to use.
Detailed description of the invention
Fig. 1 is overall structure diagram inside a kind of thermal transfer printer of the invention and its operating method；
Fig. 2 is the connection schematic diagram of the second rotating block and the first rotating block in the present invention；
Fig. 3 is the enlarged diagram of " A " in Fig. 1.
Specific embodiment
Below with reference to Fig. 1-3, the present invention is described in detail.
Referring to Fig.1-3, a kind of thermal transfer printer and its operating method of embodiment according to the present invention, this method institute
Use device includes apparatus main body 11 and the agitating device that is set in described device main body 11, and the agitating device includes setting
The first cavity 21 being placed in described device main body 11 is rotatably provided with the first rotation axis 36 in first cavity 21,
The lower end of first rotation axis 36 is rotatablely connected on the downside inner wall of first cavity 21 by shaft, and described
The second cavity 63 is provided in the upper inside walls of one cavity 21, second cavity 63 is rotatably provided with the first rotating block
64, the upper end of first rotation axis 36 is fixedly connected on the downside end face of first rotating block 64 by shaft, described
It is provided with the third cavity 60 of opening upwards in first rotating block 64, is rotatably provided with second turn in the third cavity 60
Motion block 65, wherein on the inner wall of the third cavity 60 annular array and be fixedly connected with and second rotating block 65 slide
The first fixed block 68 being cooperatively connected, the 65 annular array of the second rotating block are provided with open slot 66, the open slot
The first sliding block 67 is slidably provided in 66, what is be connected in the inner wall of 66 side of open slot is provided with the 4th cavity
30, it is fixedly connected with the first spring 40 between the end face of first sliding block 67 and the inner wall of the 4th cavity 30, described
The upside of one rotating block 64 and be located at second cavity 63 in be rotatably provided with third rotating block 69, second cavity
What is be connected in 63 side arc inner wall is provided with the first rotation slot 72, consolidates on the side curved end of the third switch block 69
Surely the first ring gear 73 for extending and being passed through in first rotation slot 72, phase in the inner left wall of first rotation slot 72 are connected with
Connection is provided with the second rotation slot 72, and the left end engagement of first ring gear 73 is connected with first gear 78, and described the
What is be connected in the downside inner wall of two rotation slots 72 is provided with the 5th cavity 75, and the lower end of the first gear 78 is solid by shaft
Surely it is connected with the first reel 76 that can be rotated in the 5th cavity 75, is arranged with the first drawing on first reel 76
Line 23, is provided with the first cone tooth socket 71 of opening upwards in the third rotating block 69, the upside of the third rotating block 69 and
It is slidably provided with the second sliding block 84 in second cavity 63, the first electricity is fixedly installed in second sliding block 84
Machine 85, the lower end of the first motor 85 are connected with can be meshed with the first cone tooth socket 71 the by shaft power
The upper end of one bevel gear 74, the first motor 85 is connected with second bevel gear 88 by shaft power, and described second is empty
What is be connected in the upper inside walls of chamber 63 is provided with the 6th cavity 93, is rotatably provided with the 4th turn in the 6th cavity 93
Motion block 92 is provided with the second cone tooth that Open Side Down and can be meshed with the second bevel gear 88 in the 4th rotating block 92
Slot 94, what is be connected in the side arc inner wall of the 6th cavity 93 is provided with third rotation slot 89, the 4th rotating block
The second ring gear 91 that can be rotated in the third rotation slot 89 is fixedly connected on 92 side curved end, the third turns
What is be connected in the inner left wall of dynamic slot 89 is provided with the 4th rotation slot 97, and the left end of second ring gear 91, which is engaged, to be cooperatively connected
There is the second gear 96 that can be rotated in the 4th rotation slot 97, is connected in the downside inner wall of the 4th rotation slot 97
It is provided with the 7th cavity 98, the lower end of the second gear 96 is fixedly connected with by shaft and can be turned in the 7th cavity 98
The second dynamic reel 99 is arranged with the second bracing wire 101, the inner left wall of the 7th cavity 98 on second reel 99
Inside it is provided with the first feed opening 28 for running through and being connected with first cavity 21 up and down, the inner wall of first feed opening 28
What is be inside connected is provided with the 8th cavity 32, is slidably provided with third sliding block 29 in the 8th cavity 32, and described second
The left end of bracing wire 101, which extends, to be passed through in the 8th cavity 32 and is fixedly connected in the right end face of the third sliding block 29,
It is perforative up and down in the third sliding block 29 to be provided with the second feed opening 31 that be connected with first feed opening 28, it is described
What is be connected in the right side inner wall of second cavity 63 is provided with the 9th cavity 86, fixes in the right end face of second sliding block 84
It is connected with the Four-slider 83 for extending and being passed through in the 9th cavity 86, is fixedly connected on the upside end face of the Four-slider 83
There is third bracing wire 62, is provided with that Open Side Down and is connected with first cavity 21 in the right side inner wall of second cavity 63
First begin to speak 39, described first, which begins to speak, is provided with canvas plate 41 in 39, and the right end of the canvas version 41 is connected to by line
Described first begin to speak 39 right side inner wall on, described first begins to speak 39 inner left wall and the upper inside walls of the 9th cavity 86
Between be connected be provided with the first threading hole 38, the third bracing wire 62 is extended through far from one end of the Four-slider 83
Be fixedly connected on after first threading hole 38 on the left end of the canvas plate 41, described first begin to speak 39 right side inner wall in phase
Connection and left and right is perforative is provided with the first inlet opening 42.
Valuably, the second fixed block 47 is fixedly connected on the right side inner wall of first cavity 21, described second is fixed
The first slide guide bar 49 is fixedly connected between the downside end face of block 47 and the downside inner wall of first cavity 21, described first leads
It is arranged with the buoyant block 55 that density is less than water on slide bar 49, is provided with and described first in the right side inner wall of first cavity 21
What inlet opening 42 was connected second begins to speak 43, and the third begins to speak slidably to be provided with the 5th sliding block 46 in 43, and the described 5th
Left and right is perforative in sliding block 46 is provided with the second inlet opening 44 that can be connected with first inlet opening 42, first cavity
Being provided with for being connected in 21 right side inner wall the 4th begins to speak 54, and the described 4th, which begins to speak, is slidably provided with the 6th sliding block in 54
51, the first pushing block 48 positioned at 55 upside of buoyant block, institute are fixedly connected on the upside of 51 left end face of the 6th sliding block
State the 4th begin to speak 54 right side inner wall begin to speak with described second 43 inner left wall between be connected be provided with the first rotation chamber
52, the to be meshed with the 5th sliding block 46 and the 6th sliding block 51 is rotatably provided in the first rotation chamber 52
Three gears 53, the described 4th begin to speak 54 downside inner wall in be connected be provided with the 5th to be connected with first cavity 21
Begin to speak 59, the described 5th, which begins to speak, is slidably provided with the 7th sliding block 56, the lower end of 56 left end face of the 7th sliding block in 59
It is fixedly connected with the second pushing block 61 for extending and being passed through in first cavity 21 and be located at 55 downside of buoyant block, the described 5th
Begin to speak 59 right side inner wall begin to speak with the third 43 inner left wall between be connected be provided with the second rotation chamber 57, it is described
The 4th gear being meshed with the 7th sliding block 56 and the 5th sliding block 46 is rotatably provided in second rotation chamber 57
58, second pushing block 61 can be passed through when the buoyant block declines to a certain extent and drive the decline of the 7th sliding block 56, Jin Ertong
Cross the 4th gear 58 drive the 5th sliding block 46 rise, with should the buoyant block rise to a certain degree when can be by the first pushing block
48 drive the 6th sliding block 51 to rise, and then drive the 5th sliding block 46 to decline by the third gear 53.
Valuably, lower end of 21 inner left wall of the first cavity or so is perforative is provided with the first apopore 27, described
Being provided with for being connected in the inner wall of first apopore 27 the 6th begins to speak 24, and the described 6th, which begins to speak, is slidably provided in 24
One sliding shoe 26, the upside end face of first sliding shoe 26 and the described 6th begin to speak 24 upper inside walls between be fixedly connected with
Second spring 25, the inner left wall of the 5th cavity 75 begin to speak with the described 6th 24 upper inside walls between the setting that is connected
Described is fixedly connected on after having the second threading hole 22, the left end of first bracing wire 23 to extend through second threading hole 22
On the upside end face of one sliding shoe 26.
Valuably, what is be connected in the upper inside walls of the 8th cavity 32 is provided with the first guide runner 35, the third
It is fixedly connected on the upside end face of sliding block 29 and extends the first slider guide 33 for being passed through in first guide runner 35, described first
The first return spring 24, institute are fixedly connected between the right end face of slider guide 33 and the right side inner wall of first guide runner 35
Second guide runner 81 that is provided with being connected in the inner left wall of the second cavity 63 is stated, in the left end face of second sliding block 84
It is fixedly connected with the second slider guide 79 for extending and being passed through in second guide runner 81, the upside end face of second slider guide 79
The second return spring 82 is fixedly connected between the upper inside walls of second guide runner 81, the open slot 66 is close to described
What is be connected in the inner wall of second rotating block, 65 axle center side is provided with third guide runner 60, and first sliding block 67 is close to described
The third slider guide for extending and being passed through in the third guide runner 60 is fixedly connected on the end face of second rotating block, 65 axle center side
50。
Valuably, stirring block 37 is fixedly installed in first rotation axis 36, the stirring block 37 is at described first turn
Moving axis 36 can be stirred the prepared Chinese ink in first cavity 21 when rotating.
The specific steps of this method: when carrying out the preparation of prepared Chinese ink by the present apparatus, first motor 85 is rotated forward, in turn
It drives first bevel gear 74 to rotate by shaft, and then the first ring gear 73 and the second rotating block 65 is driven by third rotating block 69
Rotation, in the process, it is outer and resist that the centrifugal action of the second rotating block 65 makes the first sliding block 67 detach open slot 66
One fixed block 68, and then the first rotating block 64 can be driven to rotate, and then drive the rotation of the first rotation axis 36, Jin Ertong by shaft
Crossing the first rotation axis 36 drives stirring block 37 to rotate, and then the carbon black in the first cavity 21 is sufficiently stirred with moisture, herein
In the process, when stirring completion, first motor 85 is inverted, and the second rotating block 65 contracts since the elastic force of the first spring 40 acts at this time
It returns in the 4th cavity 30, first motor 85 drives the rotation of the first ring gear 73 by third rotating block 69 in rotation at this time, in turn
The rotation of the first reel 76 is driven by first gear 78, and then gradually tenses the first bracing wire 23, in the process, the first rotation
Block 64 does not rotate, and the first sliding shoe 26 is by gradually pull-up at this time, and the ink that will be sufficiently stirred in the first cavity 21
It releases, when liquid level reduces in the first cavity 21, buoyant block 55 is gradually lowered, when buoyant block 55 declines in the first cavity 21
When to certain altitude, buoyant block 55 drives the decline of the 7th sliding block 56 by the second pushing block 61, and then is driven by the 4th gear 58
5th sliding block 46 rises, and then the second inlet opening 44 is driven to be connected with the first inlet opening 42, and moisture passes through the first water inlet at this time
Hole 42 enters first and begins to speak in 39, and impacts canvas plate 41, and then pulls Four-slider 83 the 9th by third bracing wire 62
Rise in cavity 86, and then drive first motor 85 to rise by the second sliding block 84, and then second bevel gear 88 is driven to engage into
In second cone tooth socket 94, first bevel gear 74 is detached outside the first cone tooth socket 71, and the first sliding shoe 26 is by second spring at this time
25 elastic force effect returns back to original state, while first motor 85 rotates, and then drives 92 turns of the 4th rotating block by shaft
It is dynamic, and then drive second gear 96 to rotate by the second ring gear 91, and then tense the second bracing wire 101 by the second reel 99,
And then drive third sliding block 29 that the elastic force of the first guide runner 35 is overcome to act on and move to the right so that the first feed opening 28 with
The conducting of second feed opening 31, pitch-dark at this time to be dropped into the first cavity 21 by the first feed opening 28, the liquid in the first cavity 21
Buoyant block 55 is gradually increasing during face gradually rises, and drives the 6th by the first pushing block 48 when rising to certain altitude
Sliding block 51 rises, and then drives the decline of the 5th sliding block 46 by third gear 53, and then separate the first inlet opening 42, at this time canvas
Plate 41 returns back to original state, while the second sliding block 84 is sliding to original state third by the elastic returning of the second return spring 82
Block 29 is returned to original state by the elastic force effect of the first guide runner 35.
When original state, the second sliding block 84 declines to greatest extent in the second cavity 63, and first bevel gear 74 engages at this time
Enter in the first cone tooth socket 71, while the first sliding block 67 retracts in open slot 66 to greatest extent, at this time the downside of the first sliding shoe 26
End face and the downside inner wall of the first return spring 24 abut against, and third sliding block 29 moves to left to greatest extent in the 8th cavity 32, this
When third sliding block 29 partition of first feed opening 28 is opened, while the first rotation axis 36 begins to speak to decline to greatest extent in 43 in third,
The first inlet opening 42 is separated by the 5th sliding block 46 at this time, and buoyant block 55 rises to greatest extent in the first cavity 21, and first pushes away
The upside end face of block 48 and the downside end face of the second fixed block 47 abut against, the second pushing block 61 in the first cavity 21 to greatest extent
Rise, the upside end face of the 7th sliding block 56 is abutted against with the 5th begin to speak 59 upper inside walls.
When carrying out the preparation of prepared Chinese ink by the present apparatus, first motor 85 is rotated forward, and then drives first by shaft
Bevel gear 74 rotates, and then drives the first ring gear 73 and the rotation of the second rotating block 65 by third rotating block 69, in the process,
The centrifugal action of second rotating block 65 detaches the first sliding block 67 outside open slot 66 and resists the first fixed block 68, Jin Erke
It drives the first rotating block 64 to rotate, and then the rotation of the first rotation axis 36 is driven by shaft, and then pass through 36 band of the first rotation axis
Dynamic stirring block 37 rotates, and then the carbon black in the first cavity 21 is sufficiently stirred with moisture, in the process, when stirring is completed
When, first motor 85 inverts, and the second rotating block 65 retracts in the 4th cavity 30 since the elastic force of the first spring 40 acts at this time, this
When first motor 85 rotation of the first ring gear 73 is driven by third rotating block 69 in rotation, and then driven by first gear 78
The rotation of first reel 76, and then the first bracing wire 23 is gradually tensed, in the process, the first rotating block 64 does not rotate, this
When the first sliding shoe 26 released by gradually pull-up, and by the ink being sufficiently stirred in the first cavity 21, when the first cavity 21
When interior liquid level reduces, buoyant block 55 is gradually lowered, when buoyant block 55 drops to certain altitude in the first cavity 21, floating
Block 55 drives the decline of the 7th sliding block 56 by the second pushing block 61, and then drives the 5th sliding block 46 to rise by the 4th gear 58, into
And the second inlet opening 44 is driven to be connected with the first inlet opening 42, moisture enters first by the first inlet opening 42 and begins to speak at this time
In 39, and canvas plate 41 is impacted, and then pulls Four-slider 83 to rise in the 9th cavity 86 by third bracing wire 62, Jin Ertong
Crossing the second sliding block 84 drives first motor 85 to rise, and then second bevel gear 88 is driven to engage into the second cone tooth socket 94, and first
Bevel gear 74 detaches outside the first cone tooth socket 71, and the first sliding shoe 26 is returned back to just by the elastic force effect of second spring 25 at this time
Beginning state, while first motor 85 rotates, and then drives the rotation of the 4th rotating block 92 by shaft, and then pass through the second ring gear 91
It drives second gear 96 to rotate, and then the second bracing wire 101 is tensed by the second reel 99, and then third sliding block 29 is driven to overcome
The elastic force effect of first guide runner 35 is moved to the right, so that the first feed opening 28 and the second feed opening 31 are connected, at this time
It is pitch-dark to be dropped into the first cavity 21 by the first feed opening 28, it is floated during liquid level gradually rises in the first cavity 21
Block 55 is gradually increasing, and drives the 6th sliding block 51 to rise by the first pushing block 48 when rising to certain altitude, and then passes through the
Three gears 53 drive the decline of the 5th sliding block 46, and then separate the first inlet opening 42, and canvas plate 41 returns back to original state at this time, together
When the second sliding block 84 by the second return spring 82 elastic returning to original state third sliding block 29 by the first guide runner 35
Elastic force effect be returned to original state.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by the present apparatus can automatically to it is pitch-dark into
Row synthetic ink, and in process, the pitch-dark addition of progress that can be automatic and quantitative, and quantitative plus water, without artificial
Operation, the degree of automation with higher are worth being recommended to use.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (5)
1. a kind of thermal transfer printer and its operating method, this method institute use device includes apparatus main body and is set to institute
State the agitating device in apparatus main body, the agitating device includes being set to intracorporal first cavity of described device master, and described the
The first rotation axis is rotatably provided in one cavity, the lower end of first rotation axis is rotatablely connected with institute by shaft
It states on the downside inner wall of the first cavity, the second cavity is provided in the upper inside walls of first cavity, second cavity can
Rotation is provided with the first rotating block, and the upper end of first rotation axis is fixedly connected on first rotating block by shaft
On the end face of downside, it is provided with the third cavity of opening upwards in first rotating block, is rotatably set in the third cavity
It is equipped with the second rotating block, wherein annular array and be fixedly connected with and second rotating block on the inner wall of the third cavity
First fixed block of sliding connection, the second rotating block annular array are provided with open slot, in the open slot
It slidably is provided with the first sliding block, what is be connected in the inner wall of the open slot side is provided with the 4th cavity, and described first
The first spring, the upside and position of first rotating block are fixedly connected between the inner wall of the end face of sliding block and the 4th cavity
In being rotatably provided with third rotating block in second cavity, it is connected in the side arc inner wall of second cavity
It is provided with the first rotation slot, extension is fixedly connected on the side curved end of the third switch block and is passed through first rotation slot
The first interior ring gear, what is be connected in the inner left wall of first rotation slot is provided with the second rotation slot, first ring gear
Left end engagement be connected with first gear, be connected in the downside inner wall of second rotation slot be provided with the 5th sky
The lower end of chamber, the first gear is fixedly connected with the first reel that can be rotated in the 5th cavity, institute by shaft
It states and is arranged with the first bracing wire on the first reel, the first cone tooth socket of opening upwards is provided in the third rotating block, it is described
The upside of third rotating block and it is located in second cavity and is slidably provided with the second sliding block, it is fixed in second sliding block
It is provided with first motor, the lower end of the first motor is connected with by shaft power and can mutually be nibbled with the first cone tooth socket
The upper end of the first bevel gear of conjunction, the first motor is connected with second bevel gear by shaft power, and described second is empty
What is be connected in the upper inside walls of chamber is provided with the 6th cavity, is rotatably provided with the 4th rotating block in the 6th cavity,
The the second cone tooth socket that is provided with that Open Side Down in 4th rotating block and can be meshed with the second bevel gear, the described 6th
What is be connected in the side arc inner wall of cavity is provided with third rotation slot, consolidates on the side curved end of the 4th rotating block
Surely it is connected with the second ring gear that can be rotated in the third rotation slot, is connected in the inner left wall of the third rotation slot
It is provided with the 4th rotation slot, the left end engagement of second ring gear is connected with can rotate in the 4th rotation slot the
Two gears, what is be connected in the downside inner wall of the 4th rotation slot is provided with the 7th cavity, and the lower end of the second gear is logical
It crosses shaft and is fixedly connected with the second reel that can be rotated in the 7th cavity, be arranged with second on second reel
Bracing wire is provided with the first charging for running through up and down and being connected with first cavity in the inner left wall of the 7th cavity
Hole, what is be connected in the inner wall of first feed opening is provided with the 8th cavity, is slidably provided in the 8th cavity
Third sliding block, the left end of second bracing wire extend the right side for being passed through in the 8th cavity and being fixedly connected on the third sliding block
It is perforative up and down in the third sliding block to be provided with the second feed opening that be connected with first feed opening on side end face,
What is be connected in the right side inner wall of second cavity is provided with the 9th cavity, fixed company in the right end face of second sliding block
It is connected to the Four-slider for extending and being passed through in the 9th cavity, third drawing is fixedly connected on the upside end face of the Four-slider
Line, is provided with that Open Side Down in the right side inner wall of second cavity and what is be connected with first cavity first begins to speak, institute
State first begin to speak in be provided with canvas plate, the right end of the canvas version is connected to the described first right side inner wall begun to speak by line
On, what is be connected between the described first inner left wall begun to speak and the upper inside walls of the 9th cavity is provided with the first logical line
Hole, the third bracing wire are fixedly connected on the sail after extending through first threading hole far from one end of the Four-slider
On the left end of fabric swatch, it is connected in the described first right side inner wall begun to speak and left and right is perforative is provided with the first inlet opening.
2. a kind of thermal transfer printer according to claim 1 and its operating method, it is characterised in that: described first is empty
The second fixed block is fixedly connected on the right side inner wall of chamber, under the downside end face of second fixed block and first cavity
It is fixedly connected with the first slide guide bar between the inner wall of side, the buoyant block that density is less than water is arranged on the first slide guide bar, it is described
Second to be connected with first inlet opening is provided in the right side inner wall of first cavity to begin to speak, the third begin to speak in can slide
Dynamic is provided with the 5th sliding block, and left and right is perforative in the 5th sliding block is provided with can be connected with first inlet opening
Two inlet openings, being provided with for being connected in the right side inner wall of first cavity the 4th are begun to speak, the described 4th begin to speak in slidably
Be provided with the 6th sliding block, first be fixedly connected on the upside of the buoyant block on the upside of the 6th sliding block left end face
Pushing block, what is be connected between the inner left wall that the described 4th right side inner wall begun to speak is begun to speak with described second is provided with the first rotation
Chamber, first rotation is intracavitary to be rotatably provided with the third tooth being meshed with the 5th sliding block and the 6th sliding block
It takes turns, the 5th to be connected with first cavity that be provided with being connected in the described 4th downside inner wall begun to speak begins to speak, described
5th begin to speak it is interior be slidably provided with the 7th sliding block, the lower end of the 7th sliding block left end face is fixedly connected with extension and is passed through
The second pushing block in first cavity and on the downside of the buoyant block, the described 5th right side inner wall begun to speak and the third
What is be connected between the inner left wall begun to speak is provided with the second rotation chamber, and second rotation is intracavitary to be rotatably provided with and institute
The 4th gear that the 7th sliding block and the 5th sliding block are meshed is stated, institute can be passed through when the buoyant block declines to a certain extent
It states the second pushing block and drives the decline of the 7th sliding block, and then drive the 5th sliding block to rise by the 4th gear, with should the buoyant block
The 6th sliding block can be driven to rise by the first pushing block when rising to a certain degree, and then institute is driven by the third gear
State the decline of the 5th sliding block.
3. a kind of thermal transfer printer according to claim 1 and its operating method, it is characterised in that: described first is empty
The lower end of chamber inner left wall or so is perforative to be provided with the first apopore, the setting being connected in the inner wall of first apopore
There is the 6th to begin to speak, the described 6th begin to speak it is interior be slidably provided with the first sliding shoe, the upside end face of first sliding shoe with
Second spring, the inner left wall and the described 6th of the 5th cavity are fixedly connected between 6th upper inside walls begun to speak
What is be connected between the upper inside walls begun to speak is provided with the second threading hole, and the left end of first bracing wire extends through described second
It is fixedly connected on after threading hole on the upside end face of first sliding shoe.
4. a kind of thermal transfer printer according to claim 1 and its operating method, it is characterised in that: the described 8th is empty
What is be connected in the upper inside walls of chamber is provided with the first guide runner, is fixedly connected with extension on the upside end face of the third sliding block
The first slider guide being passed through in first guide runner, the right side of the right end face of first slider guide and first guide runner
The first return spring is fixedly connected between the inner wall of side, being provided with for being connected in the inner left wall of second cavity second is led
Sliding slot is fixedly connected with the second slider guide for extending and being passed through in second guide runner in the left end face of second sliding block,
It is fixedly connected with the second return spring between the upside end face of second slider guide and the upper inside walls of second guide runner,
What the open slot was connected in the inner wall of second rotating block axle center side be provided with third guide runner, described first
Sliding block is fixedly connected with for extending and being passed through in the third guide runner on the end face of second rotating block axle center side
Three slider guides.
5. a kind of thermal transfer printer according to claim 1 and its operating method, it is characterised in that: described first turn
Stirring block is fixedly installed on moving axis, the stirring block can be to the ink in first cavity when first rotation axis rotates
Juice is stirred;The specific steps of this method: when carrying out the preparation of prepared Chinese ink by the present apparatus, first motor is rotated forward, into
And first bevel gear rotation is driven by shaft, and then the first ring gear and the rotation of the second rotating block are driven by third rotating block,
In the process, the centrifugal action of the second rotating block detaches the first sliding block outside open slot and resists the first fixed block, into
And the first rotating block can be driven to rotate, and then drive the rotation of the first rotation axis by shaft, and then drive by the first rotation axis
Stirring block rotation, and then the carbon black in the first cavity is sufficiently stirred with moisture, in the process, when stirring completion, the
One motor reversal, the second rotating block is since in elastic force effect the 4th cavity of retraction of the first spring, first motor exists at this time at this time
The rotation of the first ring gear is driven by third rotating block in rotation, and then the rotation of the first reel is driven by first gear, in turn
The first bracing wire is gradually tensed, in the process, the first rotating block does not rotate, and the first sliding shoe is by gradually pull-up at this time, and
The ink being sufficiently stirred in first cavity is released, when liquid level reduces in the first cavity, buoyant block is gradually lowered, when
When buoyant block drops to certain altitude in the first cavity, buoyant block drives the decline of the 7th sliding block, Jin Ertong by the second pushing block
Crossing the 4th gear drives the 5th sliding block to rise, and then the second inlet opening is driven to be connected with the first inlet opening, and moisture passes through at this time
First inlet opening enter first begin to speak in, and impact canvas plate, and then pull Four-slider in the 9th sky by third bracing wire
Intracavitary rising, and then drive first motor to rise by the second sliding block, and then second bevel gear is driven to engage into the second cone tooth socket
Interior, first bevel gear detaches outside the first cone tooth socket, and the first sliding shoe is returned back to just by the elastic force effect of second spring at this time
Beginning state, while first motor rotates, and then drives the rotation of the 4th rotating block by shaft, and then pass through the second ring gear drive the
The rotation of two gears, and then the second bracing wire is tensed by the second reel, and then drive third sliding block overcomes the bullet of the first guide runner
Power effect is moved to the right, so that the first feed opening is connected with the second feed opening, it is pitch-dark at this time to be fallen by the first feed opening
Enter into the first cavity, buoyant block is gradually increasing during liquid level gradually rises in the first cavity, and certain rising to
It drives the 6th sliding block to rise by the first pushing block when height, and then the decline of the 5th sliding block is driven by third gear, and then separate
First inlet opening, canvas plate returns back to original state at this time, while the second sliding block is arrived by the elastic returning of the second return spring
Original state third sliding block is returned to original state by the elastic force effect of the first guide runner.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811058639.XA CN109173799A (en) | 2018-09-11 | 2018-09-11 | A kind of thermal transfer printer and its operating method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811058639.XA CN109173799A (en) | 2018-09-11 | 2018-09-11 | A kind of thermal transfer printer and its operating method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109173799A true CN109173799A (en) | 2019-01-11 |
Family
ID=64910469
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811058639.XA Withdrawn CN109173799A (en) | 2018-09-11 | 2018-09-11 | A kind of thermal transfer printer and its operating method |
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| Country | Link |
|---|---|
| CN (1) | CN109173799A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110813140A (en) * | 2019-11-26 | 2020-02-21 | 衢州光雅染料有限公司 | Dye stirring equipment |
-
2018
- 2018-09-11 CN CN201811058639.XA patent/CN109173799A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110813140A (en) * | 2019-11-26 | 2020-02-21 | 衢州光雅染料有限公司 | Dye stirring equipment |
| CN110813140B (en) * | 2019-11-26 | 2020-11-13 | 明光鑫烨制衣有限公司 | Dye stirring equipment |
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Application publication date: 20190111 |